def show_home():
"""blah"""
random_fruit = choice(the_list)
print
print session
print
#way #1 that doesn't work:
session.setdefault("history", []).append(random_fruit)
session.modified = True
#way #2 that doesn't work
# if "history" in session:
# print "about to append", random_fruit
# session["history"].append(random_fruit)
# else:
# print "creating history in session with", random_fruit
# session["history"] = [random_fruit]
#way #3 (credit to Ally) which DOES work
# session["history"] = session.get("history", [])
# session["history"].append(random_fruit)
print
print session.modified
print
return render_template("index.html", fruit=random_fruit,
history=session["history"])
def index():
import random
session.setdefault('response', 'default')
session.setdefault('number',0)
if session['number'] == 0:
session['number'] = random.randrange(0, 101)
return render_template('index.html')
def link_to_dblp(article_id):
app.logger.debug("Running DBLP plugin for article {}".format(article_id))
# Retrieve the article from the session
article = session['items'][article_id]
# Rewrite the authors of the article in a form understood by utils.baseplugin.SPARQLPlugin
article_items = article['authors']
match_items = [{'id': item['id'], 'label': item['full_name'].strip()} for item in article_items]
try :
# Initialize the plugin
plugin = SPARQLPlugin(endpoint = "http://dblp.l3s.de/d2r/sparql",
template = "dblp.query")
# Run the plugin, and retrieve matches using the FOAF name property
matches = plugin.match_separately(match_items, property="foaf:name")
# Add the matches to the session
session.setdefault(article_id,[]).extend(matches)
session.modified = True
if matches == [] :
matches = None
# Return the matches
return render_template('urls.html',
article_id = article_id,
results = [{'title':'DBLP','urls': matches}])
except Exception as e:
return render_template( 'message.html',
type = 'error',
text = e.message )
def add_to_cart(id):
"""Add a melon to cart and redirect to shopping cart page.
When a melon is added to the cart, redirect browser to the shopping cart
page and display a confirmation message: 'Successfully added to cart'.
"""
# TODO: Finish shopping cart functionality
# The logic here should be something like:
#
# - add the id of the melon they bought to the cart in the session
id = str(id)
session.setdefault("cart", {})
if id in session["cart"]:
print "should add one"
session["cart"][id] += 1
else:
print "creating 1"
session["cart"][id] = 1
flash("Melon successfully added to cart!")
print session["cart"][id]
print session["cart"]
return redirect("/melons")
def _authorize_callback(self):
session_token = session.get(self._session_key, None)
req_token = request.args.get('state')
if not req_token or not session_token or session_token != req_token:
raise OAuthInvalidSessionState('Invalid session state',
details={'req_token': req_token, 'session_token': session_token},
provider=self)
# XXX: When people have multiple oauth logins at the same time, e.g.
# after restarting their browser and being redirected to SSO pages
# the first successful one will remove the redirect uri from the
# session so we need to restore it in case it's not set.
session.setdefault('{}_oauthredir'.format(self.oauth_app.name), self._get_redirect_uri())
try:
resp = self.oauth_app.authorized_response() or {}
except flask_oauthlib.client.OAuthException as exc:
# older flask-oauthlib versions return the exception instead of
# letting it propagate like a normal exception, so we handle both
# the properly raised exception and the legacy case.
resp = exc
if isinstance(resp, flask_oauthlib.client.OAuthException):
error_details = {'msg': resp.message, 'type': resp.type, 'data': resp.data}
raise AuthenticationFailed('OAuth error', details=error_details, provider=self)
elif self.settings['token_field'] not in resp:
error = resp.get('error_description', resp.get('error', 'Received no oauth token'))
raise AuthenticationFailed(error, provider=self)
return self.multipass.handle_auth_success(self._make_auth_info(resp))
def index():
if 'activities' in session:
pass
else:
session['activities'] = []
session.setdefault('score',0)
return render_template('index.html')
def add_to_cart(melon_id):
"""Add a melon to cart and redirect to shopping cart page.
When a melon is added to the cart, redirect browser to the shopping cart
page and display a confirmation message: 'Successfully added to cart'.
"""
# TODO: Finish shopping cart functionality
# The logic here should be something like:
#
# - add the id of the melon they bought to the cart in the session
melon = melons.get_by_id(melon_id)
# Check if the melon ID exists in the session. If it doesn't, add
# the ID as a key with a quantity of 0 as its value, and add 1.
# Otherwise, add 1 to the quantity.
session.setdefault("cart", []).append(melon_id)
print "#########"
print melon
print "#########"
print session
print "#########"
flash("You have added {} to your cart.".format(melon.common_name))
return redirect('/melons')
def generate_player_character():
# (These uses of random are fine even if the player reloads the page. The results get stored in the session,
# so the calls won't get executed twice.)
first_name_index = session.setdefault("first_name_index", random.randint(0, len(first_names) - 1))
last_name_index = session.setdefault("last_name_index", random.randint(0, len(last_names) - 1))
flesh_act = session.get("flesh_act", initial_game_state["flesh_act"])
job_title_index = session.setdefault(
"job_title_index:" + flesh_act, random.randint(0, get_nr_job_titles(flesh_act) - 1)
)
PC_data = {
"PC_first": first_names[first_name_index],
"PC_last": last_names[last_name_index],
"PC_job": get_job_title(flesh_act, job_title_index),
}
first_name_index += 1
last_name_index += 1
job_title_index += 1
if first_name_index >= len(first_names):
first_name_index = 0
if last_name_index >= len(last_names):
last_name_index = 0
if job_title_index >= get_nr_job_titles(flesh_act):
job_title_index = 0
session["first_name_index"] = first_name_index
session["last_name_index"] = last_name_index
session["job_title_index:" + flesh_act] = job_title_index
return PC_data
def store_session(args, token):
"""
Store something (``args``) in the session, using ``token`` as an unique
identifier.
"""
session.setdefault('args', {})
session['args'][token] = args
def joined(data):
user_2 = data.get('id')
if user_2 is None:
return emit('status', {'flag': False, 'msg': 'id is empty'})
try:
user_2 = int(user_2)
except ValueError:
return emit('status', {'flag': False, 'msg': 'ValueError : id is not int'})
except TypeError:
return emit('status', {'flag': False, 'msg': 'TypeError'})
user_1 = session.get('user_id')
extra = compare(user_1, user_2)
room_id = '%d|%d' % extra
session.setdefault('rooms', [])
if room_id not in session['rooms']:
join_room(room_id)
session['rooms'].append(room_id)
emit('unique_wire', {'flag': True, 'id': user_2, 'user': user_1}, room=user_2)
save_room(room_id, user_1, user_2)
chat = take_message(room_id, extra, number=0)
context = {
'flag': True,
'room': room_id,
'history': chat,
'id': user_2,
}
emit('status', context)
def settings():
session.setdefault("default_css", True)
session["default_css"] = False if session.get("default_css") else True
if session.get("CharacterOwnerHash"):
return redirect(session.get("prev_path", url_for("account.home")))
else:
return redirect(session.get("prev_path", url_for("home")))
def login_post():
username = request.form["username"]
password = request.form["password"]
if validate_login(username, password):
session.setdefault("logged_in", username) # ok,save session
flash("You were logged in")
return redirect(url_for("show_entries"))
else:
error = "Username Or Password Error"
return render_template("login.html", username=username, error=error)
def wall_add(msg): # recieving post from .js function add messages, msg = string
"""Set a new message. msg: (string) message
returns: dictionary with messages list + result code. """
wall_dict = {"message": msg,} #create new dict, add one key value pair
#print wall_dict
session.setdefault('wall', []).append(wall_dict) #looking for the default wall which is in session, we can't see it
result = wall_list() #result = (function above that returns dictionary with 2 key:value pairs)
result["result"] = "Message Received" # the value of key result (OK) with "Message Recieved"
#print result
return result #return dictionary {"result : "Message Received", "messages": "...."},
def enter_contest(cid):
contest = Contest.query.get_or_404(cid)
form = EnterContestForm()
if form.validate_on_submit():
if contest.verify_passcode(form.passcode.data):
session.setdefault('contests', []).append(contest.id)
return redirect(url_for('oj.contest', id=contest.id))
else:
form.errors.setdefault('passcode', []).append('Passcode incorrect.')
return render_template('enter_contest.html', form = form, contest = contest)
def get_check(self, text):
"""查看验证码是否正确"""
session.setdefault("captcha_success", False)
captcha = session.get("captcha_text")
success = bool(captcha is not None and captcha.lower() == text.lower())
session["captcha_success"] = success
return {
"text": text,
"success": success
}
def _getAnswer(self):
# We don't overwrite a previous entry - the original (admin) user should be kept there
session.setdefault('login_as_orig_user', {
'timezone': session.timezone,
'user_id': session.user.id,
'user_name': session.user.get_full_name(last_name_first=False, last_name_upper=False)
})
session.user = self._user
session.timezone = timezoneUtils.SessionTZ(self._user.as_avatar).getSessionTZ()
return True
def add_to_cart(id):
"""Add a melon to cart and redirect to shopping cart page.
When a melon is added to the cart, redirect browser to the shopping cart
page and display a confirmation message: 'Successfully added to cart'.
"""
session.setdefault('cart', []).append(id)
flash("Melon successfully added")
return redirect("/cart")
def _getAnswer(self):
# We don't overwrite a previous entry - the original (admin) user should be kept there
session.setdefault('login_as_orig_user', {
'session_data': {k: session.pop(k) for k in session.keys() if k[0] != '_' or k in {'_timezone', '_lang'}},
'user_id': session.user.id,
'user_name': session.user.get_full_name(last_name_first=False, last_name_upper=False)
})
session.user = self._user
session.lang = session.user.settings.get('lang')
session.timezone = timezoneUtils.SessionTZ(self._user.as_avatar).getSessionTZ()
return True
def before_request():
if not g.user:
if 'user_id' in session:
session.setdefault('reboot_required', set())
g.user = User.query.get(session['user_id'])
if not g.user or g.user.deleted:
g.user = None
session.permanent = True
if g.user and not session.get('_csrf_token'):
session['_csrf_token'] = util.random_string()
def _getAnswer(self):
tzUtil = timezoneUtils.SessionTZ(self._av)
tz = tzUtil.getSessionTZ()
# We don't overwrite a previous entry - the original (admin) user should be kept there
session.setdefault('login_as_orig_user', {
'timezone': session.timezone,
'user_id': session.user.getId(),
'user_name': session.user.getStraightAbrName()
})
session.user = self._av
session.timezone = tz
return True
def add_to_cart(id):
"""Add a melon to cart and redirect to shopping cart page.
When a melon is added to the cart, redirect browser to the shopping cart
page and display a confirmation message: 'Successfully added to cart'.
"""
# TODO: Finish shopping cart functionality
# - use session variables to hold cart list
session.setdefault('cart', []).append(id)
flash("Melon added to cart.")
return redirect("/cart")
def get_user_settings(c, ip):
q = UserConfigurations.query.filter_by(ip=ip).first()
gamerooms = GameRooms.query.order_by('active').all()[-10:]
for x, y in DEFAULT_VALUE.items():
if q is None:
c[x] = y
else:
c[x] = q.__dict__[x]
if x == 'nickname':
session['nickname'] = q.__dict__[x]
session.setdefault('nickname', DEFAULT_VALUE['nickname'])
c['gamerooms'] = gamerooms
return get_context(c)
def add_to_cart():
"""TODO: Finish shopping cart functionality using session variables to hold
cart list.
Intended behavior: when a melon is added to a cart, redirect them to the
shopping cart page, while displaying the message
"Successfully added to cart" """
id = int(request.form.get("id"))
session.setdefault("cart", []).append(id)
flash("Melon successfully added to cart")
return redirect("/cart")
def fractal_game():
symbol = choice(symbols)
series_spacing = choice(series_spacings)
days_range = series_length*series_spacing*2
max_start_date = (end_date - timedelta(days_range)).date()
start_date = DailyStockPrice.query.filter_by(symbol=symbol).filter(DailyStockPrice.date < max_start_date).order_by(func.random()).first().date.strftime(date_format)
session.setdefault('guesses',0)
session.setdefault('guesses_correct',0)
#print url_for('get_data',symbol=symbol,start_date=start_date,series_spacing=series_spacing)
return render_template('random.html',
symbol=symbol,
series_spacing=series_spacing,
start_date=start_date)
def share(temphash):
if session.get('username'):
result = process_share(session.get('username'), temphash,
True, app.db)
if result:
return redirect(
"/docview/%s/%s" % (result['mode'], result['docid'])
)
else:
return redirect("/login")
else:
session.setdefault('sharelinks', []).append(temphash)
return render_template("loginorregister.html", debug=app.debug)
def add_to_cart(id):
"""Add a melon to cart and redirect to shopping cart page.
When a melon is added to the cart, redirect browser to the shopping cart
page and display a confirmation message: 'Successfully added to cart'.
"""
# - add the id of the melon they bought to the cart in the session
session.setdefault('cart_items', []).append(id)
melon = melons.get_by_id(id)
#Flash a message indicating the melon was successfully added to the cart.
flash(melon.common_name + " was added to cart")
return redirect("/cart")
def add_to_cart(id):
session.setdefault('shopping_cart', []).append(id)
melon = model.get_melon_by_id(id)
"""TODO: Finish shopping cart functionality using session variables to hold
cart list.
Intended behavior: when a melon is added to a cart, redirect them to the
shopping cart page, while displaying the message
"Successfully added to cart" """
flash(Markup("Successfully added to <a href='/cart'>cart</a>"))
# return render_template("cart.html")
return render_template("melon_details.html", display_melon = melon)
def add_to_cart(id):
"""Add a melon to cart and redirect to shopping cart page.
When a melon is added to the cart, redirect browser to the shopping cart
page and display a confirmation message: 'Successfully added to cart'.
"""
#make the cart, where cart = []
#append the cart with melon ids
session.setdefault('cart', []).append(id)
#check out setDefault to check if keys in cart
flash("Melon was successfully added to cart")
return render_template("cart.html", melons_list = melons)
def add_to_cart(id):
"""Add a melon to cart and redirect to shopping cart page.
When a melon is added to the cart, redirect browser to the shopping cart
page and display a confirmation message: 'Successfully added to cart'.
"""
session.setdefault('cart', []).append(id)
# TODO: Finish shopping cart functionality
# The logic here should be something like:
#
# - add the id of the melon they bought to the cart in the session
flash("The melon was successfully added to the cart!")
return redirect("/cart")
def shopping_cart():
"""TODO: Display the contents of the shopping cart. The shopping cart is a
list held in the session that contains all the melons to be added. Check
accompanying screenshots for details."""
melons = [ (model.get_melon_by_id(int(id)), count) for id, count in session.setdefault("cart", {}).items() ]
total = sum([melon[0].price * melon[1] for melon in melons])
return render_template("cart.html", melons = melons, total=total)
def setup_tokens():
session.setdefault('tokens', [])
def stats():
stats = session.setdefault('stats', {})
by_count = [(v, k) for k, v in stats.items()]
return render_template('stats.html', stats=by_count)
def show_cart():
melons = [(model.get_melon_by_id(int(id)), count)
for id, count in session.setdefault("cart", {}).items()]
total = sum([melon[0].price * melon[1] for melon in melons])
return render_template("_cart_items.html", melons=melons, total=total)
def create_your_account_complete():
email_address = session.setdefault("email_sent_to",
"the email address you supplied")
return render_template("create_buyer/create_your_account_complete.html",
email_address=email_address), 200
def session_set(key, data):
session.setdefault('abilian_setup', {})[key] = data
def initiate_external_login(self):
token = session.setdefault(self._session_key, str(uuid4()))
return self.oauth_app.authorize(callback=self._get_redirect_uri(),
state=token)
def dispatch_request(self):
session.setdefault('siginin_code', str(uuid.uuid4()))
return json.dumps({
'signin_code': session.get('siginin_code')
})
def combined_from_session() -> hack.CombinedPatient:
return session.setdefault('combined_patient', hack.CombinedPatient())
def index():
session.setdefault('foo', 'baz')
return Response(session['foo'])
def session_setdefault(self, name, value):
return session.setdefault(name, value)
def get_username() -> str:
if "username" in session:
return session.setdefault("hsds_user", session["username"])
else:
return init_session_from_environment()
def _make_key(self, value: str):
uid = session.setdefault(self.session_key, uuid.uuid4())
return self.hasher(value=value.encode(), uid=uid.bytes)
def load_table():
"""Get JSON data for the Holdingpen table.
Function used for the passing of JSON data to DataTables:
1. First checks for what record version to show
2. Then the sorting direction.
3. Then if the user searched for something.
:return: JSON formatted str from dict of DataTables args.
"""
tags = session.setdefault(
"holdingpen_tags",
[ObjectVersion.name_from_version(ObjectVersion.HALTED)]
)
if request.method == "POST":
if request.json and "tags" in request.json:
tags = request.json["tags"]
session["holdingpen_tags"] = tags
# This POST came from tags-input.
# We return here as DataTables will call a GET here after.
return None
i_sortcol_0 = int(
request.args.get('iSortCol_0', session.get('holdingpen_iSortCol_0', 4))
)
s_sortdir_0 = request.args.get('sSortDir_0',
session.get('holdingpen_sSortDir_0', "desc"))
session["holdingpen_iDisplayStart"] = int(request.args.get(
'iDisplayStart', session.get('iDisplayLength', 10))
)
session["holdingpen_iDisplayLength"] = int(
request.args.get('iDisplayLength', session.get('iDisplayLength', 0))
)
session["holdingpen_sEcho"] = int(
request.args.get('sEcho', session.get('sEcho', 0))
) + 1
bwobject_list = get_holdingpen_objects(tags)
bwobject_list = sort_bwolist(bwobject_list, i_sortcol_0, s_sortdir_0)
session["holdingpen_iSortCol_0"] = i_sortcol_0
session["holdingpen_sSortDir_0"] = s_sortdir_0
table_data = {'aaData': [],
'iTotalRecords': len(bwobject_list),
'iTotalDisplayRecords': len(bwobject_list),
'sEcho': session["holdingpen_sEcho"]}
# Add current ids in table for use by previous/next
record_ids = [o.id for o in bwobject_list]
session['holdingpen_current_ids'] = record_ids
records_showing = 0
display_start = session["holdingpen_iDisplayStart"]
display_end = display_start + session["holdingpen_iDisplayLength"]
for bwo in bwobject_list[display_start:display_end]:
records_showing += 1
action_name = bwo.get_action()
action_message = bwo.get_action_message()
if not action_message:
action_message = ""
preformatted = get_formatted_holdingpen_object(bwo)
action = actions.get(action_name, None)
mini_action = None
if action:
mini_action = getattr(action, "render_mini", None)
extra_data = bwo.get_extra_data()
record = bwo.get_data()
if not hasattr(record, "get"):
try:
record = dict(record)
except (ValueError, TypeError):
record = {}
bwo._class = HOLDINGPEN_WORKFLOW_STATES[bwo.version]["class"]
bwo.message = HOLDINGPEN_WORKFLOW_STATES[bwo.version]["message"]
row = render_template('workflows/row_formatter.html',
title=preformatted["title"],
object=bwo,
record=record,
extra_data=extra_data,
description=preformatted["description"],
action=action,
mini_action=mini_action,
action_message=action_message,
pretty_date=pretty_date,
version=ObjectVersion,
)
row = row.split("<!--sep-->")
table_data['aaData'].append(row)
return jsonify(table_data)
def gateway_login():
gw_2fa = session.get('gw_2fa')
gateway_saml = session.get('gateway_saml')
inputStr = request.form.get('inputStr') or None
if session.get('portal_cookie') and request.form.get(
session['portal_cookie']) == session.get(session['portal_cookie']):
# a correct portal_cookie explicitly allows us to bypass other gateway login forms
pass
elif gw_2fa and not inputStr:
return challenge_2fa('gateway')
else:
okay = False
if gateway_saml and request.form.get('user') and request.form.get(
gateway_saml):
okay = True
elif request.form.get('user') and request.form.get(
'passwd') and inputStr == session.get('inputStr'):
okay = True
if not okay:
return 'Invalid username or password', 512
session.update(
step='gateway-login',
user=request.form.get('user'),
passwd=request.form.get('passwd'),
# clear inputStr to ensure failure if same form fields are blindly retried on another challenge form:
inputStr=None)
for k, v in (('jnlpReady', 'jnlpReady'), ('ok', 'Login'),
('direct', 'yes'), ('clientVer', '4100'), ('prot', 'https:')):
if request.form.get(k) != v:
abort(500)
for k in ('clientos', 'os-version', 'server', 'computer'):
if not request.form.get(k):
abort(500)
portal = 'Portal%d' % randint(1, 10)
auth = 'Auth%d' % randint(1, 10)
domain = 'Domain%d' % randint(1, 10)
preferred_ip = request.form.get(
'preferred-ip') or '192.168.%d.%d' % (randint(2, 254), randint(2, 254))
if request.form.get('ipv6-support') == 'yes':
preferred_ipv6 = request.form.get(
'preferred-ipv6') or 'fd00::%x' % randint(0x1000, 0xffff)
else:
preferred_ipv6 = None
session.update(preferred_ip=preferred_ip,
portal=portal,
auth=auth,
domain=domain,
computer=request.form.get('computer'),
ipv6_support=request.form.get('ipv6-support'),
preferred_ipv6=preferred_ipv6)
session.setdefault('portal-prelogonuserauthcookie', '')
session.setdefault('portal-userauthcookie', '')
session['authcookie'] = cookify(dict(session)).decode()
return '''<?xml version="1.0" encoding="utf-8"?> <jnlp> <application-desc>
<argument>(null)</argument>
<argument>{authcookie}</argument>
<argument>PersistentCookie</argument>
<argument>{portal}</argument>
<argument>{user}</argument>
<argument>TestAuth</argument>
<argument>vsys1</argument>
<argument>{domain}</argument>
<argument>(null)</argument>
<argument/>
<argument></argument>
<argument></argument>
<argument>tunnel</argument>
<argument>-1</argument>
<argument>4100</argument>
<argument>{preferred_ip}</argument>
<argument>{portal-userauthcookie}</argument>
<argument>{portal-prelogonuserauthcookie}</argument>
<argument>{ipv6}</argument>
</application-desc></jnlp>'''.format(ipv6=preferred_ipv6 or '',
**session)
def setup_session():
session.setdefault("logged_in", False)
session.setdefault("user_id", None)
def startup():
session.permanent = False
app.permanent_session_lifetime = datetime.timedelta(minutes=10)
session.setdefault('username', None)
session.setdefault('kleurcode', '2196f3')
def book(book_id):
"""Show individual book pages."""
# find book in library db
book = db.execute("SELECT * FROM library WHERE id = :id", {"id" : book_id}).fetchone()
# if user submits a review via the form
if request.method == "POST":
# get review details
rating = request.form.get("star")
comment = request.form.get("comment")
# verify if user has made a review for this book already
check = db.execute("SELECT * from reviews WHERE user_id = :user_id AND book_id = :book_id", {"user_id" : session["user_id"], "book_id" : book_id}).fetchone()
if check:
flash("Sorry. You have reviewed this book already. 💔")
return redirect(url_for("book",book_id=book_id))
# add review to database
db.execute("INSERT INTO reviews (rating, review_text, user_id, book_id) VALUES (:rating, :review_text, :user_id, :book_id)", {"rating" : rating, "review_text" : comment, "user_id" : session["user_id"], "book_id" : book_id})
db.commit()
# add book to session["reviewed"]
book = (book_id, book.title, book.year)
session.setdefault("reviews",[]).append(book)
flash("Awesome! Your review has been added. ❤️")
return redirect(url_for("book", book_id=book_id))
# user reaches route via GET
else:
if book is None or len(book) == 0:
return redirect(url_for("search"))
# get Goodreads data
res = requests.get("https://www.goodreads.com/book/review_counts.json", params={"key": os.getenv("GOODREADS_KEY"), "isbns": book.isbn})
# Goodreads API data
goodreads = res.json()['books'][0]
avg_rating = goodreads['average_rating']
rev_count = goodreads['work_ratings_count']
# get plot & thumbnail from Google Books API
req = "https://www.googleapis.com/books/v1/volumes?q=title+inauthor:byauthor"
req = req.replace("title", book.title)
req = req.replace("byauthor", book.author)
googleAPI = requests.get(req).json()["items"][0]["volumeInfo"]
plot = googleAPI["description"]
thumbnail = ""
try:
thumbnail = googleAPI["imageLinks"]["thumbnail"].replace("zoom=1", "zoom=3")
except:
thumbnail = "http://covers.openlibrary.org/b/isbn/"f'{book.isbn}'"-L.jpg"
# query back BooksDB API to get review scores
booksDB = requests.get("https://books4cs50w.herokuapp.com/api/"f'{book.isbn}'"").json()
ave_score = booksDB["average_score"]
ave_count = int(booksDB["review_count"])
# get user reviews from db
reviews = db.execute("SELECT username, date_posted, rating, review_text FROM reviews JOIN users ON users.id = reviews.user_id WHERE book_id = :book_id ORDER BY date_posted DESC", {"book_id" : book_id}).fetchall()
# track user browsing history
if session.get("history") is None:
session.setdefault("history",[]).append({book.title : book.id})
elif {book.title : book.id} in session["history"]:
pass
else:
session.setdefault("history",[]).append({book.title : book.id})
return render_template("book.html", book=book, rating=avg_rating, count=rev_count, plot=plot, thumbnail=thumbnail, reviews=reviews, ave_score = ave_score, ave_count = ave_count)
def _process(self):
access_keys = session.setdefault('accessKeys', {})
access_keys[self._target.getOwner().getUniqueId()] = self._accesskey
session.modified = True
self._redirect(urlHandlers.UHFileAccess.getURL(self._target))
def inner(*args, **kwargs):
session.setdefault('cart', {})
return func(*args, **kwargs)
def _process(self):
access_keys = session.setdefault('accessKeys', {})
access_keys[self._target.getUniqueId()] = self._accesskey
session.modified = True
self._redirect(urlHandlers.UHMaterialDisplay.getURL(self._target))
def get_items():
items = session.setdefault('items', default_items)
return jsonify(items)
def _process(self):
access_keys = session.setdefault("accessKeys", {})
access_keys[self._conf.getUniqueId()] = self._accesskey
session.modified = True
url = urlHandlers.UHConferenceDisplay.getURL(self._conf)
self._redirect(url)
def index():
session.setdefault('gold', 0)
session.setdefault('activity', [])
return render_template("index.html")
def save_submitted_survey_to_session(submission):
"""Save submission of a survey to session for further checks"""
session.setdefault('submitted_surveys', {})[submission.survey.id] = submission.id
session.modified = True
def session_get(key, default=None):
return session.setdefault('abilian_setup', {}).get(key, default)
def heartbeat():
session.setdefault('id', str(uuid.uuid4()))
gevent.sleep(10)
clientid = request.headers.get('WS-Clientid')
print clientid
return 'success'
